1. Splash

2. Computer Controlled Interface (CCI)
Aimed at third party system integrators who want to develop their own remote monitoring and diagnostic applications.
Connect via RS232 at 1200 to 115,000 baud.
Can not run both Service Kit and CCI interface at the same time, must be either / or.
Simple ASCII based interface protocol.
Protocol uses Tait propriety ‘command’ and ‘response’ packets.
Due 20 December 2004

3. CCI Commands The packet structure for commands to the base station is:
Responses
Commands
The packet structure for commands to the base station is:
[IDENT] [SIZE] ([PARAMS]) [CHECKSUM] <CR>
IDENT : Defines the packet type where r=read, a=action, v= version
SIZE : Number characters that make up the [PARAMS] field
PARAMS : Optional parameter depending on the message type.
Read = Defines the data values to return
Action = Defines the action to initiate on the base station.
Version = No parameter required.
CHECKSUM : An 8 bit checksum of the message.
Example To read the current RSSI voltage: r D
To go to channel 1: a A

4. CCI Responses
The packet structure for responses from the base station is:
[IDENT] [SIZE] [ERROR] ([PARAMS]) [CHECKSUM] <CR> <.>
IDENT : Defines the packet type where r=read, a=action, v= version
SIZE : Number characters that make up the [PARAMS] field
ERROR : Status of last command where:
00 = successful operation, optional PARMS will follow
01 = unsupported command
02 = checksum error
03 = parameter error
04 = invalid terminating character
05 = BS not ready
PARAMS : Optional parameter depending on the message type.
Read = A string of characters of variable length representing the data value
Action = No parameter returned.
Version = A string representing the CCI version number.
CHECKSUM : An 8 bit checksum of the message.
<.> : The “.” (dot) character. Every response is terminated with a dot.
Example Current PA output power value: r
CCI version number: v A

5. Monitor over 200 parameters...
Reciter:
RSSI, Sinad, Line levels, Watchdog, Channels, Frequencies, PA
Tx power, Reverse Power, Duty Cycle, Temperatures, Supply Currents,
PMU
Temperatures, States, Voltages, Currents
Other
Digital inputs and outputs, Subaudible tones, Task Manager variables, Alarms, Versions, Serial Numbers, Hardware

6. Control over 400 parameters...
Channels – Go to channel
Custom Actions, Fan Tests, Reset
Counters – Reset, increment, decrement
Flags – Set, Clear, Toggle
Timers – Start, stop
Power Save – Enable, Disable, Toggle
Digital outputs – Set, Clear, Toggle
Modes – LCB, TTR, CTCSS, DCS, Alarms

7. Splash